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Характеристики

 

                             

                          

1. Product overview:

XK-DJTS motor speed training platform, using DSP as the main control chip, the man-machine interaction set function code way. A single tube driving mode, to complete 24V, 48V, 110V 220V speed regulation of DC motor, using SPWM model, can finish variable frequency speed control of three-phase AC motor. By using the pulse mode, complete control, servo motor and precise control of stepper motor. Adopts full bridge inverter mode, completed a single-phase inverter.

Training bench adopts with module structure, convenient to organize experiment, easy to expand and update. Training bench with wheels can freely move, table is made of fireproofing, water proofing, high density board.

2. Product main technical indicator

2.1, power: AC380V ± 10%, 50HZ, ≤ 200W

2.2 size: 1600mm * 500mm * 1600mm (L*W*H)

2.3 Three power main switch with leakage protection,time≤0.1S

2.4 With accident sudden stop button, power indicator, power supply indicator

3. Experimental bench accessories

3.1 Experiment wires 20 pcs

3.2 Three phase asynchronous motor 1 pcs

3.3 DC motor 4 pcs

3.4 Experiment manual 1 book

4. Experiment

The experiment can be completed:

4.1 The experiment of a single phase full wave bridge uncontrolled rectifier experiment

4.2 Experiment two three-phase full wave bridge uncontrolled rectifier

4.3 In experiment three, experiment 232 communication port

4.4 In Experiment four, experiment 485 communication ports

4.5 The PWM output experimental five DSP

4.6 Cognitive experiment six speed motor operation and frequency, the function codes

4.7 Experiment seven DSP GPIO port input and output test

4.8 Experiment eight low voltage DC motor speed regulation experiment

4.9 In experiment nine, high voltage DC motor speed regulation experiment

4.10 The experimental frequency ten three-phase AC motor speed regulation experiment

4.11 The eleven stepper motor control experiment

4.12 Experiment twelve servo motor speed regulation experiment

4.13 In experiment thirteen, precise control experiment

4.14 Experiment fourteen DC excitation experiment

4.15 Experiment fifteen SCM GPIO port input and output test

4.16 Experiment sixteen transformer cognitive experiment

4.17 Experiment seventeen digital tube dynamic display experiment

4.18 Experiment eighteen key input test